What condition leads to the formation of a black hole after core collapse?
Answer
The force of gravity overwhelming even the degeneracy pressure provided by neutrons.
The final state of a collapsing stellar core hinges on mass. If the core remnant possesses enough mass, the relentless force of gravitational contraction becomes overwhelmingly powerful. This gravitational crush surpasses the internal outward pressure that neutrons can exert, known as neutron degeneracy pressure, which is the force that supports a neutron star against further collapse. When gravity wins this ultimate battle, the collapse continues without cessation, resulting in the formation of a region of spacetime where gravity is inescapable—a black hole.
#Videos
What Is Left After A Supernova? - Physics Frontier - YouTube
Related Questions
What forms the expanding cloud known as a Supernova Remnant (SNR)?What condition leads to the formation of a black hole after core collapse?How massive is a Neutron Star compared to its physical size?What is the expected longevity of the expanding gaseous shell of an SNR?How is a Neutron Star identified if it manifests as a Pulsar within an SNR?Which stellar remnant is associated with a medium-mass star progenitor outcome?What property defines a black hole region of spacetime?What vital role does the dispersal of heavier elements from the SNR play?What single factor dictates the boundary between forming a neutron star and a black hole?What exotic substance primarily composes a Neutron Star?